This document discusses earthquake risk in Santo Domingo, Dominican Republic. It notes that the population of Santo Domingo is approximately 2 million people, and the Septentrional fault zone that runs near the city has likely accumulated strain sufficient to produce a major earthquake in over 800 years. However, the city is ill-prepared for such an earthquake as the building codes are outdated, most homes are not built to withstand seismic activity, and many residents are unaware of proper earthquake safety procedures. The document calls for Dominican officials and construction companies to improve building codes and prepare residents for earthquakes to make Santo Domingo safer.
Presentation by Pierre Beland of Humanitarian OpenStreetMap Team on joint Crisis Informatics workshop organized by Kathmandu Living Labs, Harvard Humanitarian Initiative and University of Colorado Boulder to draw lessons from Nepal Earthquake 2015.
Presentation by Pierre Beland of Humanitarian OpenStreetMap Team on joint Crisis Informatics workshop organized by Kathmandu Living Labs, Harvard Humanitarian Initiative and University of Colorado Boulder to draw lessons from Nepal Earthquake 2015.
Earthquake Safety Week 2017 from 15-21 January 2017
Bihar State Disaster Management Authority has announced Earthquake Safety Week.
Bihar is located in the high seismic zone that falls on the boundary of the tectonic plate joining the Himalayan tectonic plate near the Bihar-Nepal Border and has six sub-surface fault lines moving towards the Gangetic planes in four directions. Of the 38 districts of Bihar, 8 districts fall in seismic zone V of which 2 districts (Madhubani and Supaul) fall entirely in seismic zone V while 24 districts fall in seismic zone IV and 6 districts in seismic zone III with most districts falling under multiple seismic zones (i.e. either seismic zone V & IV or seismic zone IV & III). The state has in the past experienced major earthquakes; the worst was the 1934 earthquake in which more than 10,000 people lost their lives, followed by 1988 earthquake and recent earthquake was the Sikkim earthquake in September 2011.
The new and growing urban centres in the state where building codes and control mechanisms are not enforced, earthquake remains a major threat to cities. This could result in social infrastructures such as schools and hospitals that are not built to be earthquake resistant could lead to serve damage and loss of lives as well.
The 2016 Ecuador earthquake occurred on April 16 at 18:58:37 ECT with a moment magnitude of 7.8 and a maximum Mercalli intensity of VIII (Severe). The very large thrust earthquake was centered approximately 27 km (17 mi) from the towns of Muisne and Pedernales in a sparsely populated part of the country, and 170 km (110 mi) from the capital Quito, where it was felt strongly. Regions of Manta, Pedernales and Portoviejo accounted for over 75 percent of total casualties.[6] Manta's central commercial shopping district Tarqui, was completely destroyed. Widespread damage was caused across Manabi province, with structures hundreds of kilometres from the epicenter collapsing. At least 659 people were killed and 27,732 people injured. President Rafael Correa declared a state of emergency; 13,500 military personnel and police officers were dispatched for recovery operations.
The wise also learn from all global earthquake disasters. Examples of historic emergency response situations. Preparedness and emergency response are essential pillars of global earthquake disaster resilience. Every time an earthquake disaster occurs, we have new knowledge to add to our “books of knowledge” for the next steps: post-disaster recovery. Presentation courtesy of Dr. Walter Hays, Global Alliance for Disaster Reduction
Running head PBAD201-1303B-03 P4IPP4IP .docxjoellemurphey
Running head: PBAD201-1303B-03 P4IP
P4IP 2
PBAD201-1303B-03 P4IP
Colorado Technical University
Instructor: Professor Knetzger
Connie Hutson
15 September 2013
PBAD201-1303B-03 P43IP
Colorado Technical University
Instructor: Professor Knetzger
Connie Hutson
15 September 2013
Earthquake Preparedness
Every disaster has different effects. It can cause permanent damage or temporary inconvenience. This research paper seeks to illustrate how to avoid terrible outcomes of unexpected earthquakes. Every disaster, if prepared for can cause less damage. An earthquake is one natural disaster that has a high rate of damage in its after effects. It is known as the abrupt and fast shaking of the ground caused as rock breaks and shifts due to the strain that has accumulated over a long period (Walker 2008). Earthquakes are one of the major disasters not anticipated, and they end up causing irreparable damage. This paper will use a sample of the San Francisco Bay area. It has a population size of 7,150,739 people as at the census taken in 2010. The Bay Area sits at border where a couple of the earth’s biggest tectonic plates intersect and pass each other. Sometimes, the boundary faults may break. Then the North American plate hurls at the Pacific Plates. This is when an earthquake occurs.
The area has had a number of earthquakes, a trend that scientists cannot take to be random. Some of the earthquakes have a magnitude of 6 and even higher. There is a high frequency of earthquakes. It is estimated that there is a 50% probability that in the next thirty years there will be more occurrences of the same magnitude. Ranging from 1836 to 1911, there was an alarming 18 earthquakes. The Earthquake that occurred in 1906 caused a great strain. This is believed to be the reason for the reduction in earthquakes since only one followed that. The Loma Prieta earthquake had a magnitude of 7.1. It occurred after 1979 (Walker 2008).
Factors that make this area suitable for my proposal are the population of bay area is considerably high, and a great number of people will be affected by an earthquake should it occur. The reason for this is that the area is strategically located between two tectonic plates, making it prone to earthquake occurrence. In addition to this, the continual damage proves that the area needs to take up measures to keep it free from more damage. It could gain from learning about disaster preparedness. These strategies would eliminate the greater risks by foreseeing them and training the residents. From studies carried out bay area is prone to the occurrence of earthquake especially in the future due to the factors mentioned above. Furthermore, only a few individual poses the disaster management skills, which increases fears and further affect the area economic ...
Running head DISASTER OF PORT-AU-PRINCE1DISASTER OF PORT-A.docxsusanschei
Running head: DISASTER OF PORT-AU-PRINCE 1
DISASTER OF PORT-AU-PRINCE 2
DISASTER OF PORT-AU-PRINCE
Summary of the Event
Port-Au-Prince is the capital city of Haiti located at coordinates 18°32′N 72°20′W. Haiti is an island nation in the Caribbean. The city is located by the sea on the Gulf of Gonave, a deep natural harbor. The city is ringed with hills. The island of Haiti overlies a fault line in the earth’s crust, the Enriquillo-Plantain Garden fault system (Marley, 2005).
Haiti is a 3rd World Country and consequently, the city is a third world city. It has a population of 1,897,846 souls within its boundaries. For a country to be defined as a third world country, it must fulfill at least two of the following three conditions, first, its main source of income is mainly from agricultural or mining activities. Secondly, its education, health and infrastructure sectors must be poorly developed as indicated by high levels of mortality, low life expectancy and high illiteracy levels among the population. Thirdly the per capita income of the population should be less than $1000 per annum. Using this criterion, Port-au-Prince qualifies as a third world city. The main driver of the economy of Port-au-Prince is the export of coffee and sugar thus agriculture is the main driver of the economy of the City. Secondly, the city has only two operational hospitals, which operate at low efficiency. The city has a number of highways but they are poorly maintained and only see limited use. The infant mortality rate is 55 deaths per 1000 live births, a very high number compared to only 6 per 1000 births in other countries. The GDP per capita for the city is $851 per annum. Therefore, port au prince fulfils all three criteria and is therefore classified as a third world country (Tobin, 2013).
The natural hazards that could affect Port-au-Price include Earthquakes, Tsunamis, hurricanes, Landslides, Floods and wild fires (Wade, 2010).
On 12 January 2010 4:53 pm, a 7.0 magnitude earthquake struck Port-au-Prince and it wrecked the city. Several buildings were lost including a number of government buildings such as the legislative palace which housed parliament, the palace of Justice which housed the Supreme Court, the presidential palace, several ministerial buildings, the city’s main hospital , the sea port, and the airport. The death toll was estimated to be about 160,000 people with official government records reporting as high as 220,000 deaths. The government estimated that 250,000 residences were destroyed, 30,000 commercial buildings were brought down, and an estimated 3,000,000 people were affected as a result of the quake (ABC News, 2010).
Roles of Response Agencies
As a result of the 2010 earthquake, Port-au-Prince is in a precarious position with respect to any Natural disaster. Already, the damage that an earthquake can do to the city has already materialized. The whole city, and indeed the country was brought ...
Earthquake Safety Week 2017 from 15-21 January 2017
Bihar State Disaster Management Authority has announced Earthquake Safety Week.
Bihar is located in the high seismic zone that falls on the boundary of the tectonic plate joining the Himalayan tectonic plate near the Bihar-Nepal Border and has six sub-surface fault lines moving towards the Gangetic planes in four directions. Of the 38 districts of Bihar, 8 districts fall in seismic zone V of which 2 districts (Madhubani and Supaul) fall entirely in seismic zone V while 24 districts fall in seismic zone IV and 6 districts in seismic zone III with most districts falling under multiple seismic zones (i.e. either seismic zone V & IV or seismic zone IV & III). The state has in the past experienced major earthquakes; the worst was the 1934 earthquake in which more than 10,000 people lost their lives, followed by 1988 earthquake and recent earthquake was the Sikkim earthquake in September 2011.
The new and growing urban centres in the state where building codes and control mechanisms are not enforced, earthquake remains a major threat to cities. This could result in social infrastructures such as schools and hospitals that are not built to be earthquake resistant could lead to serve damage and loss of lives as well.
The 2016 Ecuador earthquake occurred on April 16 at 18:58:37 ECT with a moment magnitude of 7.8 and a maximum Mercalli intensity of VIII (Severe). The very large thrust earthquake was centered approximately 27 km (17 mi) from the towns of Muisne and Pedernales in a sparsely populated part of the country, and 170 km (110 mi) from the capital Quito, where it was felt strongly. Regions of Manta, Pedernales and Portoviejo accounted for over 75 percent of total casualties.[6] Manta's central commercial shopping district Tarqui, was completely destroyed. Widespread damage was caused across Manabi province, with structures hundreds of kilometres from the epicenter collapsing. At least 659 people were killed and 27,732 people injured. President Rafael Correa declared a state of emergency; 13,500 military personnel and police officers were dispatched for recovery operations.
The wise also learn from all global earthquake disasters. Examples of historic emergency response situations. Preparedness and emergency response are essential pillars of global earthquake disaster resilience. Every time an earthquake disaster occurs, we have new knowledge to add to our “books of knowledge” for the next steps: post-disaster recovery. Presentation courtesy of Dr. Walter Hays, Global Alliance for Disaster Reduction
Running head PBAD201-1303B-03 P4IPP4IP .docxjoellemurphey
Running head: PBAD201-1303B-03 P4IP
P4IP 2
PBAD201-1303B-03 P4IP
Colorado Technical University
Instructor: Professor Knetzger
Connie Hutson
15 September 2013
PBAD201-1303B-03 P43IP
Colorado Technical University
Instructor: Professor Knetzger
Connie Hutson
15 September 2013
Earthquake Preparedness
Every disaster has different effects. It can cause permanent damage or temporary inconvenience. This research paper seeks to illustrate how to avoid terrible outcomes of unexpected earthquakes. Every disaster, if prepared for can cause less damage. An earthquake is one natural disaster that has a high rate of damage in its after effects. It is known as the abrupt and fast shaking of the ground caused as rock breaks and shifts due to the strain that has accumulated over a long period (Walker 2008). Earthquakes are one of the major disasters not anticipated, and they end up causing irreparable damage. This paper will use a sample of the San Francisco Bay area. It has a population size of 7,150,739 people as at the census taken in 2010. The Bay Area sits at border where a couple of the earth’s biggest tectonic plates intersect and pass each other. Sometimes, the boundary faults may break. Then the North American plate hurls at the Pacific Plates. This is when an earthquake occurs.
The area has had a number of earthquakes, a trend that scientists cannot take to be random. Some of the earthquakes have a magnitude of 6 and even higher. There is a high frequency of earthquakes. It is estimated that there is a 50% probability that in the next thirty years there will be more occurrences of the same magnitude. Ranging from 1836 to 1911, there was an alarming 18 earthquakes. The Earthquake that occurred in 1906 caused a great strain. This is believed to be the reason for the reduction in earthquakes since only one followed that. The Loma Prieta earthquake had a magnitude of 7.1. It occurred after 1979 (Walker 2008).
Factors that make this area suitable for my proposal are the population of bay area is considerably high, and a great number of people will be affected by an earthquake should it occur. The reason for this is that the area is strategically located between two tectonic plates, making it prone to earthquake occurrence. In addition to this, the continual damage proves that the area needs to take up measures to keep it free from more damage. It could gain from learning about disaster preparedness. These strategies would eliminate the greater risks by foreseeing them and training the residents. From studies carried out bay area is prone to the occurrence of earthquake especially in the future due to the factors mentioned above. Furthermore, only a few individual poses the disaster management skills, which increases fears and further affect the area economic ...
Running head DISASTER OF PORT-AU-PRINCE1DISASTER OF PORT-A.docxsusanschei
Running head: DISASTER OF PORT-AU-PRINCE 1
DISASTER OF PORT-AU-PRINCE 2
DISASTER OF PORT-AU-PRINCE
Summary of the Event
Port-Au-Prince is the capital city of Haiti located at coordinates 18°32′N 72°20′W. Haiti is an island nation in the Caribbean. The city is located by the sea on the Gulf of Gonave, a deep natural harbor. The city is ringed with hills. The island of Haiti overlies a fault line in the earth’s crust, the Enriquillo-Plantain Garden fault system (Marley, 2005).
Haiti is a 3rd World Country and consequently, the city is a third world city. It has a population of 1,897,846 souls within its boundaries. For a country to be defined as a third world country, it must fulfill at least two of the following three conditions, first, its main source of income is mainly from agricultural or mining activities. Secondly, its education, health and infrastructure sectors must be poorly developed as indicated by high levels of mortality, low life expectancy and high illiteracy levels among the population. Thirdly the per capita income of the population should be less than $1000 per annum. Using this criterion, Port-au-Prince qualifies as a third world city. The main driver of the economy of Port-au-Prince is the export of coffee and sugar thus agriculture is the main driver of the economy of the City. Secondly, the city has only two operational hospitals, which operate at low efficiency. The city has a number of highways but they are poorly maintained and only see limited use. The infant mortality rate is 55 deaths per 1000 live births, a very high number compared to only 6 per 1000 births in other countries. The GDP per capita for the city is $851 per annum. Therefore, port au prince fulfils all three criteria and is therefore classified as a third world country (Tobin, 2013).
The natural hazards that could affect Port-au-Price include Earthquakes, Tsunamis, hurricanes, Landslides, Floods and wild fires (Wade, 2010).
On 12 January 2010 4:53 pm, a 7.0 magnitude earthquake struck Port-au-Prince and it wrecked the city. Several buildings were lost including a number of government buildings such as the legislative palace which housed parliament, the palace of Justice which housed the Supreme Court, the presidential palace, several ministerial buildings, the city’s main hospital , the sea port, and the airport. The death toll was estimated to be about 160,000 people with official government records reporting as high as 220,000 deaths. The government estimated that 250,000 residences were destroyed, 30,000 commercial buildings were brought down, and an estimated 3,000,000 people were affected as a result of the quake (ABC News, 2010).
Roles of Response Agencies
As a result of the 2010 earthquake, Port-au-Prince is in a precarious position with respect to any Natural disaster. Already, the damage that an earthquake can do to the city has already materialized. The whole city, and indeed the country was brought ...
"Impact of front-end architecture on development cost", Viktor TurskyiFwdays
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3. • In Santo Domingo there is approximately 1 fire
station every 9 square km.
• There is approximately 1 hospital every 8
square km.
• There is approximately 1 police
station every 10 square km.
4. The increased
construction in the
city of Santo
Domingo has highly
impacted the cities
earthquake risks.
Here we have
provided some steps
the Dominican
government and
construction
companies should
take to increase
earthquake safety.
http://www.calstatela.edu/dept/geology/HomeConstruction/BrickA
ptCollapse(2).jpg
5. The Septentrional fault zone (SFZ) is the major
North American-Caribbean plate boundary fault
at the longitude of the eastern Hispaniola.
Three excavations have been made, two near
Tenares, and one at the Rio Licey site. These
excavations gave evidence for the occurrence of
earlier prehistoric earthquakes.
Dates with the these events suggest that it
occurred post-A.D. 30, giving a recurrence
interval of 800–1200 years. These studies indicate
that the SFZ has likely accumulated elastic strain
sufficient to form a major earthquake during the
more than 800 years since it lasthappenedand
should be considered likely to produce a
destructive future earthquake in the city of Santo
Domingo!
6. Is the city of Santo
Domingo really ready for
a major earthquake to
occur?
Are we safe?!
7. • The answer is NO!
Our survey results show that40%of the Dominicans we surveyed
don’t know what to do during an earthquake and that 98% of
them have never participated in an earthquake drill. Many
Dominicans think their house is constructed to survive an
earthquake, but that is not true because the building codes in
the DR are out of date.
http://www.tyleringram.com/wp-content/uploads/2008/03/housing.jpg
Most houses in the Dominican Republic are not made to
resist earthquakes.
8. “The Code is indeed a very outdated document. The
need for a modern Code is evident. It is expected
that the work currently in progress will fulfill this
acute need within a short period of time.” - Jorge
Gutiérrez.
The building codes in this country are definitely not
ready for an earthquake.
9. We should take examples from
more developed countries to
improve our earthquake safety!
For example: Taipei, Taiwan, Seattle,
Vancouver, and San Francisco.
10. In San Francisco they
In Taipei they have buildings that are recommend an emergency
specifically engineered to prevent swaying plan in every house,
when an earthquake occurs like Taipei 101. especially for children.
11. Let’s do something
about this now and
make Santo Domingo a
safer place to live!
